Preserving low cost electricity while improving the riverine environment: Part two — Model results

P. Preckel, F. T. Sparrow, B. Bowen, Z. Yu, D. Gotham
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引用次数: 2

Abstract

This paper reports on a case study for Ghana's thermal/hydroelectric generation system that evaluates the incremental cost of returning dam outflows to pre-dam or near pre-dam conditions. This mode of operation is termed Run of River (ROR) operation. It appears that two key factors — the availability of alternatives for economically expanding hydro generation and the existence of well developed markets for energy and electricity — have a large influence on the increase in cost of ROR operation relative to the least cost operating rules.
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保持低成本电力同时改善河流环境:第二部分-模型结果
本文报告了加纳热电/水力发电系统的一个案例研究,该案例评估了将大坝流出物恢复到大坝前或大坝附近条件的增量成本。这种操作模式被称为河流运行(ROR)操作。看来有两个关键因素- -经济地扩大水力发电的替代办法的可得性和能源和电力的发达市场的存在- -对相对于成本最低的操作规则的ROR操作成本的增加有很大的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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